Development and performance assessment of a new integrated solar, wind, and osmotic power system for multigeneration, based on thermodynamic principles

Keyphrases

• Development Assessment 100%
• Osmotic Power 100%
• Thermodynamic Principles 100%
• Exergy Destruction Rate 66%
• System Unit 66%
• Hydrogen Electrolysis 66%
• Vapor Compression Refrigeration Cycle 66%
• Concentrated Photovoltaic Thermal 33%
• First Law of Thermodynamics 33%
• Flash Distillation 33%
• New Renewable Energy 33%
• Multiple Commodities 33%
• Energy Fluctuation 33%
• Destruction Efficiency 33%
• Multi-generation System 33%
• Heat-induced 33%
• Brine Desalination 33%
• Peak Electricity Demand 33%
• Second Law of Thermodynamics 33%
• Brine Solution 33%
• Refrigeration 33%
• Thermal Wind 33%
• Production Rate 33%
• Desalted Water 33%
• Continuous Operation 33%
• Clean Energy Sources 33%
• Oxyhydrogen 33%

Engineering

• Osmotic Power 100%
• Compression Refrigeration Cycle 66%
• System Unit 66%
• Exergy Destruction Rate 66%
• Laws of Thermodynamics 33%
• Multigeneration System 33%
• Continuous Operation 33%
• Electrolyzer 33%
• Operational Condition 33%
• Brine Solution 33%